The upside-down history of down under by Alison Lloyd
Ill. by Terry Denton. Penguin Random House Australia, 2018. ISBN
9780143788669.
(Age: 9+) Alison Lloyd has undertaken the daunting task of writing
an overview of 200 million years of Australian history from Gondwana
to Federation. She has also played on the concept of the continent
'down-under' to highlight what she calls the 'ups and downs, ins and
outs of Australia's story.'
Within a broadly chronological narrative, the author has outlined
the major themes of Australia's past. These range from the
continental drift and the arrival of Aboriginal people, to European
exploration, the convict system, frontier conflict, pastoralism, the
gold rushes, women's rights, trade unions and the formation of the
Commonwealth of Australia. The challenge of briefly outlining these
complex themes has been largely overcome by the inclusion of
intriguing details, quizzes, timelines, quotes from historical
documents and nineteenth-century pictures. Terry Denton's
entertaining pen-and-ink illustrations complement the humorous
headings, references to modern culture and colloquial writing style.
Lloyd has sought advice from librarians and Indigenous advisors, and
sourced information and ideas from the works of professional
historians. A detailed table of contents compensates for the
publication of the index on the author's website rather than in the
book. A bibliography and notes for teachers can also be found
online.
Some young people may not be aware of the formerly common reference
to Australia as the country 'down-under'. The author explains this
Eurocentric concept, then uses it to make two points about
Australian history. The first is that it has both positive and
negative aspects. The second, more contentious, suggestion is that
the country formed from colonies is still in the process of turning
itself 'the right way up.'
Alison Lloyd's The upside-down history of down under can take
readers on a historical journey that is informative, engaging and
thought-provoking.
Elizabeth Bor